The bodies m1 = 2Kg and m2 = 1Kg are connected together by an ideal thread...

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The bodies m1 = 2Kg and m2 = 1Kg are connected together by an ideal thread as in the figure. A force F = 20N is exerted on the mass m2 at an angle \theta = 35 (figure). The coefficient of sliding friction between the bodies and the horizontal plane is \mu = 0.20. Calculate: a) The tension of the string b) the acceleration of the system and c) the distance they travel in time t = 2s, if at the beginning (t = 0s) they are stationary. Given g = 10m/s^2 1 The bodies m1 = 2Kg and m2 = 1Kg are connected together by an ideal thread as in the figure. A force F = 20N is exerted on the mass m2 at an angle \theta = 35 (figure). The coefficient of sliding friction between the bodies and the horizontal plane is \mu = 0.20. Calculate: a) The tension of the string b) the acceleration of the system and c) the distance they travel in time t = 2s, if at the beginning (t = 0s) they are stationary. Given g = 10m/s^2 1